Redundant Overload Protection, Tambour Door

Chapter 2: Overview

2.2.5 Redundant Overload Protection

•Overload Protection monitors each device for a current overload condition that occurs when the overload current limit is reached.

•If the overload occurs when the initial charging is turned on, the Overload Protection shuts down the overloaded iPad/device and will attempt to reset the charging every 30 seconds after all iPad/devices have begun charging.

•If an overload occurs during charging, charging is turned off to all iPad/devices and the charging sequence is restarted to locate the overloaded iPad/device as described in the previous paragraph.

•If the overload protection fails to remove the faulted current overload, the system microprocessor will reset the power charging system in an attempt to remove the fault.

•When connecting a laptop to the USB 2.0 port located in the side panel, the TAB16CS-LS or TAB32CS-LS will automatically switch from charging mode to sync mode. When the syncing mode is started, each device is synced sequentially in order to avoid USB bus overload.

•The TAB16CS-LS or TAB32CS-LS is switched back to charge mode by unplugging the USB cable from the port on the side panel.

•If the USB cable is not unplugged from the port, the TAB16CS-LS or TAB32CS-LS switches back to charging mode four hours after the data sync mode is activated. To restart sync mode, the syncing computer must be disconnected and reconnected to the TAB16CS-LS or TAB32CS-LS.

•iPads sync with iTunes—see iPad manual for instructions to configure iPads.

•The TAB16C-LS and TAB32C-LS do not have syncing capabilities, but these can be added at a later time if needed.

•Devices connect to the TAB16CS-LS and the TAB32CS-LS with the USB cables supplied with the cart.

•Devices connect to the TAB16CS-LSL and the TAB32CS-LSL with the Apple® USB-to lightning connector cables supplied with the cart.

•The carts operate from one power cord.

2.2.6 Tambour Door

•The front of the cart is secured by a tambour door.

•Tambour door is constructed of 1.18" (30-mm) wide and 0.49" (12.5-mm) thick translucent blue PVC slats.

•The door is secured by 16-gauge black steel handles and a reinforced lock hasp. Padlock is optional.

•Retractable design requires smaller footprint to open and provides easier access to stored tablets than hinged doors.

•Translucent door allows for visual inventory of stored items, as well as charging status.

2.2.7 Handle Assembly

•Handle on side of cart frees the top of the cart for an unobstructed work area.

•Two (2) steel cord wraps (the lower portion of the handle assembly and the handle are used as cord wraps).

•Handle can be mounted on either side panel. A second handle option is available for field installation.

2.2.8 IT Access Panel

•Fully removable IT access panel is located on rear of cart.

•Secured via 3-point key lock.

•Provides protection to electrical components.

Page 9

TAB16CS-LS, TAB32CS-LS, TAB32CS-LSL, TAB32C-LS, TAB16C-LS specifications

The Black Box AVSW-DVI8X1 is an advanced device designed for seamless audio and video switching, catering to the needs of various environments such as conference rooms, classrooms, and control centers. This equipment is tailored for users who demand high-quality video performance without compromising on reliability and features.

One of the main features of the AVSW-DVI8X1 is its capability to switch between multiple DVI video sources. With the ability to connect up to eight DVI sources, it offers unparalleled flexibility for users who need to manage several devices simultaneously. This functionality is particularly beneficial in settings where multiple computers or media players need to be accessed and displayed on a single screen.

The device supports resolutions up to 1920 x 1200 at 60Hz, ensuring that high-definition visuals are maintained throughout the switching process. This is critical for applications that rely on crystal-clear imagery, such as high-stakes presentations or detailed graphical content.

Advanced technologies integrated into the AVSW-DVI8X1 include automatic or manual switching capabilities, which provide users with control over how sources are displayed. Automatic switching can be initiated when a new signal is detected, simplifying the user experience in dynamic environments where devices are frequently connected and disconnected.

The robust build quality of the AVSW-DVI8X1 ensures longevity and resilience in demanding conditions. Its compact design makes it easy to integrate into existing setups without occupying excessive space. Additionally, the rear panel offers a user-friendly interface with clearly labeled ports, facilitating straightforward connections.

Another characteristic worth noting is the support for EDID (Extended Display Identification Data) management. This feature ensures optimal compatibility and performance between connected devices by allowing the switcher to read and establish the necessary parameters for optimal video output.

In summary, the Black Box AVSW-DVI8X1 serves as a vital tool for users needing reliable and versatile video switching capabilities. With its support for multiple DVI sources, high resolution, and advanced features such as automatic switching and EDID management, it stands out as a preferred choice for professionals demanding excellence in audio-visual management. Whether utilized in educational or corporate settings, the AVSW-DVI8X1 enhances productivity and effectiveness in visual communication.